Physics 1
Physik 1
Modules:
ME1010-KP08: | Medical Engineering Science |
Biophysics | |
ME1010-KP06: | Molecular Life Science |
Place and time:
see UnivIS
Contents:
- Physical values, units, accuracy, measurement errors
- Mathematical methods and notations
- Kinematics of point mass, Newton’s Axioms, contact forces, modulus, virtual forces, Newton’s equation of motion, differential equations
- Work and energy, power and efficiency, momentum, inertia, physical pendulum, momentum of rotation
- Conservation laws and symmetries
- Gravitation, oscillation, waves, acoustics, Doppler effect
- Resting and flowing gases and liquids, effects of surfaces and interfaces
- Temperature, thermometer, therm. expansion, state equations, kinetic gas theory
- Van-der-Waals state equation, heat capacity, heat conduction, 1st law of thermodynamics, volume work, p-V diagram
- Adiabatic processes, 2nd law of thermodynamics, thermal engines and Carnot cycle, efficiency, heat pump
- Entropy, disorder and probability, 3rd law of thermodynamics
Literature:
- D. Giancoli: Physik - Pearson
General information:
Credit points: 8 (ME1010-KP08, only with exercise) / 6 (ME1010-KP06)
Language: offered only in German
Grading through: written exam
Further information:
See Moodle for teaching materials and any further information.
- Teaching
- Study Programme Medical Engineering Science
- Study Programme Medical Microtechnology
- Lübecker IngenieurInnen Labor
- Lectures
- Biophysics of Ionizing Radiation and Radiation Safety
- Clinical Medicine
- Computed Tomography
- Fields and Quanta
- Image Processing
- Introduction to Medical Engineering
- Introduction to Medical Engineering for Health Sciences
- Inverse Problems in Imaging
- Lecture Series Industrial Medical Engineering
- Magnetic Resonance Imaging
- Medical Imaging
- Nuclear Imaging
- Physics 1
- Physics 2
- Quantum Physics in Medical Diagnostics and Therapy
- Signals and Systems in Medical Imaging
- Visualization Technology
- Laboratory Courses
- Seminar
- Student Projects